1Green S F. Acoustic temperature & velocity measurement in combustion gases[A]. Proceedings of The Eighth International Heat Transfer Conference[C]. C L Tien, V E Carey and J K Ferrel, editors. San Francisco, California USA, 1986. 2: 555-560.
2Helmut Sielschott. Measurement of horizontal flow in a large scale furnace using acoustic vector tomography[J]. Flow Meas Instrum, 1997, (8): 191-197.
3Zhou H C, Hart S D, Sheng E et al.Visualization of three-dimensional temperature distributions in a large-scale furnace via regularized reconstruction from radiative energy images: numerical studies[J]. JQSRT, 2002, 72(4): 361-383.
4Roberto Roubicek.Gas temperature measurement in the fireside of the process heaters-using acoustic pyrometry [C].The 2003 NPRA Maintenance Conference in Salt Lake City,Utah,2003.
5reen S F.Acoustic temperature & velocity measurement in ccombustion gases [C].in Proc.Eighth Int.Heat Transfer Conf.,San Francisco,USA,1986.
6Helmut Sielschott.Measurement of horizontal flow in a large scale furnace using acoustic vector tomography[J].Flow Meas.Instrum.,1997,(8):191～197.
7Zhou HC,Han SD,Sheng F,Zheng CG.Visualization of three-dimensional temperature distributions in a large-scale furnace via regularized reconstruction from radiative energy images:numerical studies [J].JQSRT,2002,72(4):361～383.
8Unique tomography reconstruction of vector fields using boundary data[C].IEEE trans.on image processing.1992,1(3):406～412.
9NattererF,Sielschott H,Derichs W.Schallpyrometrie.In K.-H.Hoffmann et al.,eds.,athematik-Schlu sseltechnologie fur die Zukunft [C].Springer (1997):435～446.
